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Working Stays CR - JINR 2022Determination And Monte Carlo Simulations Of Neutron Flux Inside Spallation Target Quinta
Author
| Tichý Pavel, Ing. | Faculty of Nuclear Sciences and Physical Engineering CTU, JINR Dubna |
| Adam Jindřich, promovaný fyzik CSc. | Faculty of Electrical Engineering and Communication Brno University of Technology |
| Chudoba Petr, RNDr. Ing. | Institute of Physics ASCR |
| Suchopár Martin, Ing. Ph.D. | Institute of Physics ASCR |
| Svoboda Josef, Ing. | Faculty of Electrical Engineering and Communication Brno University of Technology, JINR |
| Vespalec Radek, Ing. | Faculty of Nuclear Sciences and Physical Engineering CTU, JINR Dubna |
| Vrzalová Jitka, Ing. Ph.D. | Nuclear Physics Institute of the ASCR, JINR Dubna |
| Wagner Vladimír, RNDr. CSc. | Nuclear Physics Institute of the ASCR |
| Závorka Lukáš, Ing. Ph.D. | Faculty of Nuclear Sciences and Physical Engineering CTU |
| Zeman Miroslav, Ing. | Faculty of Electrical Engineering and Communication Brno University of Technology, JINR Dubna |
| et al. | different institutions |
Year
2017
Scientific journal
Proceedings of Science, INPC2016, 115
Web
Abstract
Conference proceedings of The 26th International Nuclear Physics Conference (INPC2016)
This paper deals with experiments performed with natural uranium spallation target QUINTA irradiated by 4 GeV and 8 GeV deuteron beam from Nuclotron accelerator and by 660 MeV proton beam from Phasotron accelerator. Reaction rates for Na-24, Co-57, Co-58, Bi-205 and Bi-206 production in Al, Co and Pb threshold radioactivation foils were determined. The data served for calculation of the experimental neutron flux inside the QUINTA target for the Phasotron experiment. Simulations in Monte Carlo code MCNPX 2.7 were performed and compared to the experimental data. In the current state of research, the data evaluation and simulations are preliminary.
This paper deals with experiments performed with natural uranium spallation target QUINTA irradiated by 4 GeV and 8 GeV deuteron beam from Nuclotron accelerator and by 660 MeV proton beam from Phasotron accelerator. Reaction rates for Na-24, Co-57, Co-58, Bi-205 and Bi-206 production in Al, Co and Pb threshold radioactivation foils were determined. The data served for calculation of the experimental neutron flux inside the QUINTA target for the Phasotron experiment. Simulations in Monte Carlo code MCNPX 2.7 were performed and compared to the experimental data. In the current state of research, the data evaluation and simulations are preliminary.
Cite article as:
P. Tichý, J. Adam, P. Chudoba, M. Suchopár, J. Svoboda, R. Vespalec, J. Vrzalová, V. Wagner, L. Závorka, M. Zeman, . et al., "Determination And Monte Carlo Simulations Of Neutron Flux Inside Spallation Target Quinta", Proceedings of Science, INPC2016, 115 (2017)